DOCSLIB.ORG

Scenarios for Norway

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Scenarios for Norway NorwayNorway——AA ReportReport onon TRANSES/GLUETRANSES/GLUE jointjoint researchresearch projectsprojects Dr. Bjorn H. Bakken Energy Systems SINTEF Energy Research Trondheim, Norway email: [email protected] http://www.energy.sintef.no SINTEF Energiforskning AS Trondheim (1300) The Foundation for Scientific and Oslo (450) Industrial Research at the Norwegian Institute of Technology EstablishedEstablished 19501950 byby TheThe NorwegianNorwegian InstituteInstitute ofof TechnologyTechnology (NTH)(NTH) TurnoverTurnover 2005:2005: $$ 300300 mill.mill. Employees:Employees: 1.8001.800 SINTEF Energiforskning AS PartnershipPartnership withwith NTNUNTNU The Norwegian University of Science and Technology (NTNU), Trondheim 20,000 full-time students 935 Scientific employees 149 PostDoc 731 PhD Students NTNU personnel working on SINTEF employees SINTEF projects teach at NTNU Joint use of laboratories and instruments SINTEF Energiforskning AS SINTEFSINTEF EnergyEnergy ResearchResearch Employees (2005): 179 Turnover (2005): $ 35 mill. SINTEF Energiforskning AS SourcesSources ofof fundingfunding SINTEF Energiforskning AS EnergyEnergy systemsystem analysisanalysis atat SINTEFSINTEF EnergyEnergy ResearchResearch (~60(~60 pers.)pers.) Time scale Investments / (MARKAL) / eTransport System planning EMPS / SHOP / USELOAD Production planning / Resource management PSS/E / MatLab / SPF Congestion / Reserve management PSS/E / MatLab / Power system stability / SIMPOW Integration of RES-E EMTDC/ PSCAD Design & Operation ms sec. min. day/week year of power electronics SINTEF Energiforskning AS TRANSESTRANSES –– TransitionTransition toto SustainableSustainable EnergyEnergy ServicesServices inin NorthernNorthern EuropeEurope A joint research program NTNU / SINTEF / MIT / Chalmers 2004 – 2007 SINTEF Energiforskning AS TRANSESTRANSES ObjectivesObjectives Outline and evaluate likely technology portfolios, deployment paths and policy options to meet future energy service needs in a cost-effective and sustainable manner in a liberalized energy market environment Create an international arena for dissemination of results, dialogue and exchange of ideas in order to gain a swifter transition to sustainable energy services Provide a toolbox of computational tools, methods and databases for analysis and decision support under uncertainty PhD education and long-term scientific cooperation between the institutions involved SINTEF Energiforskning AS TRANSESTRANSES SponsorsSponsors Project idea created by Hydro, The Industry’s Innovation Fund at NTNU and Dept. of Energy and Process Engineering, NTNU Project management by SINTEF Energy Research Current budget (2004-2007): USD 2.1 million Current sponsors: Hydro Statoil Norske Shell Statkraft (Norwegian State Power Company) Statnett (Norwegian Grid Company) Statsbygg (Directorate of Public Construction and Property) Enova (Agency for Energy efficiency and Renewable energy) NVE (Norwegian Water and Energy agency) ... SINTEF Energiforskning AS ScientificScientific partnerspartners ofof TRANSESTRANSES Dept. of Energy and Process Engineering, NTNU Dept. of Electrical Power Engineering, NTNU Dept. of Architectural Design, History and Technology, NTNU SINTEF Energy Research The Laboratory For Energy and the Environment (LFEE) at MIT Institute for Energy Technology (IFE) Programme for Sustainable Development (Prosus), UiO Dept. of Energy Technology, Chalmers SINTEF Materials and chemistry .... NTNU MIT SINTEF Energiforskning AS ElectricityElectricity GenerationGeneration inin NordelNordel 20022002 (TWh)(TWh) 129.7 39.8 65.6 66.0 21.4 NORWAY 10.6 0.8 FINLAND 11.2 0.6 Conv. thermal 32.3 Nuclear SWEDEN Hydro 4.9 Wind DENMARK SINTEF Energiforskning AS TotalTotal energyenergy consumptionconsumption inin NorwayNorway 19701970 -- 20012001 TWh/year 250 200 150 Natural and other gasses 100 Oil products District heating Electricity Electricity +2.6% p.a. Wood and waste 50 Coal and coke 1970 1972 1974 1976 1978 1980 1982 1984 1986 1988 1990 1992 1994 1996 1998 2000 SINTEF Energiforskning AS AnnualAnnual increaseincrease inin generationgeneration andand consumptionconsumption 19601960 -- 20002000 AverageAverage increase increase in generation TWh/year in generation 3.5 AverageAverage increase increase 3.0 inin consumptionconsumption 2.5 2.0 1.5 1.0 0.5 0 1960-1970 1970-1980 1980-1990 1990-2000 SINTEF Energiforskning AS GenerationGeneration capacitycapacity vs.vs. consumptionconsumption 19761976 -- 20012001 140 Average generation 2002 (119 TWh/year) 120 100 80 Consumption 60 TWh/year 40 20 0 1976 1981 1986 1991 1996 2001 SINTEF Energiforskning AS TRANSESTRANSES WorkPackageWorkPackage organizationorganization (2003)(2003) WP.03WP.03 StakeholderStakeholder WorkshopsWorkshops WP.04 WP.05 Energy MIT Scenarios Trade-off Networking Project Management WP.02 WP.06 WP.07 WP.08 WP.09 WP.10 WP.11 WP.01 Building MARKAL Energy Generation Hydrogen PhD Sector Demand Infrastr. PostDoc SINTEF Energiforskning AS EMPS:EMPS: MMultiulti--AreaArea PPowerower MarketMarket SSimulatorimulator Example of spot price scenarios 400 Reservoir utilization in EMPS Model 350 20000 300 ElectricityMinimum import to Norway (TWh/year) 25 percentile 250 Median 15000 40 75 percentile 200 Maximum 30 150 10000 GWh Market price(NOK/MWh) 20 100 50 10 5000 0 0 1 21416181101 3 3 6 5 2 7 7 1 6 8 6 7 8 4 7 67 3 6 65 3 8 46 7 8 80 4 3 7 41 Amount (TWh/year) 9 9 9 9 9 9 9 9 9 9 9 9 9 9 1990 1989 19 1 1 1 1968 1954 19 1 Week1 1975 number1934 1972 1 1 1 1933 1955 1931 1 1 1 1951 1947 19 1 1 1 1970 0 -10 34 38 42 46 50 54 58 62 66 70 74 78 82 86 90 94Eksp 98 Finland 102 0.1 TWh/år SINTEF Energy Research 21 Week Eksport Danmark 0.3 TWh/år -20 Eksport Sverige 5.2 TWh/år Import Finland 0.2 TWh/år Import Danmark 4.3 TWh/år SINTEF Energy Research -30 Import Sverige 14.8 TWh/år3 Hydro year SINTEF Energiforskning AS 25 SINTEF Energiforskning AS EMPS:EMPS: SubSub systemsystem modelmodel Storable inflow Reservoir Non-storable inflow Power plant Wind power Thermal pro- production duction units Hydro production Transmission capacity Firm load Price to other subsystems dependent load SINTEF Energiforskning AS 2004:2004: OutliningOutlining mainmain scenariosscenarios SINTEF Energiforskning AS GenerationGeneration CapacityCapacity –– GreenBusGreenBus NordPool area 500 450 400 350 300 250 200 150 Annual Generation (TWh) 100 50 0 2005 2010 2015 2020 2025 2030 Hy dro Nuc Fossil Bio Gre Bus Wind CHP+ Imp SINTEF Energiforskning AS PowerPower pricesprices (excl.(excl. investments)investments) Norway 60 50 ore/kWh 40 30 20 10 0 2005 2010 2015 2020 2025 2030 BusUsa GreBus Seq RedC CeH2 Beyo SINTEF Energiforskning AS COCO2 emissionsemissions Nord Pool Area 100 Annual emissions CO2 90 80 MTonn 70 60 50 40 30 20 10 0 2005 2010 2015 2020 2025 2030 BusUsa GreBus Seq RedC CeH2 Beyo SINTEF Energiforskning AS 2005:2005: MARKALMARKAL simulationssimulations HYDRO/WIND/SOLAR/WAVE INDUSTRY DEMAND POWER PLANT ELEC. GRID OIL - REFINERY OIL HOUSEHOLD/SERV. CHP DEMAND NATURAL GAS HEAT GRID HEAT PLANT BIOMASS TRANSPORT DEMAND COAL/COKE COAL/COKE OIL/GAS BIOMASS SINTEF Energiforskning AS StructureStructure ofof thethe NordicNordic modelmodel (Electricity trade in Nordic countries 2003, source: NORDEL) 4 national models (el and heat) linked by electricity grid Fossil fuels common for the Nordic market (equal price) RES specific for each country Major electricity and heat production technologies harmonised Model years: 1995 – 2035 SINTEF Energiforskning AS MarkalMarkal:: ElectricityElectricity productionproduction scenariosscenarios 700 OTHER REN 600 BIOMASS 500 WIND NA TURE GA S 400 CO2 CA P NGS TWh 300 COA L CO2 CA P COA L 200 FOSSILE OTHER NUCLEA R 100 HY DRO 0 1995 2000 2005 2010 2015 2020 2025 2030 SINTEF Energiforskning AS 2006: Multiple scenario strategies (MIT/IFE) FromFrom 66 toto 11521152 scenariosscenarios 2 x 3 x 2 x 2 = 24 unique Futures Energy Demand Growth (2) Fuel Prices (3) CO2 Taxes (2) European Electricity Prices (2) 12 x 2 x 2 = 48 unique Strategies Electricity Supply (12) Renewables, Hydro, CCS, Nuclear etc Non Transportation Heat & Efficiency (2) Biomass, End-Use Efficiency Alternate Transportation Fuels (2) Conventional, Hybrids & Biofuels Total no. of scenarios: 24 x 48 = 1152 SINTEF Energiforskning AS TotalTotal costscosts vsvs emissionsemissions (1152(1152 total)total) Costs vs Emissions 950000 900000 850000 800000 Obj func 750000 Mill EUR EUR Mill 700000 650000 600000 0 00 0 0 000 000 000 0 000 4000 5 6000 7000000 8000 9000 1000000 10000000 1 CO2 [1000 tonnes] SINTEF Energiforskning AS Wind power costs 950000 900000 850000 Costs vs Emissions vs 800000 Mill750000 EUR emissions 700000 650000 600000 4000000 5000000 6000000 7000000 CO2 [1000 tonnes] 8000000 Ref wind Max wind 9000000 10000000 11000000 SINTEF Energiforskning AS CCS costs vs. emissions 950000 900000 850000 800000 Mill750000 EUR 700000 Costs vs Emissions 650000 600000 4000000 5000000 6000000 7000000 CO2 [1000 tonnes] 8000000 9000000 Costs without CCS Costs w CCS 10000000 11000000 SINTEF Energiforskning AS Transport 950000 Transport 900000 850000 800000 Costs vs Emissions Mill EUR 750000 700000 650000 600000 4000000 5000000 6000000 7000000 CO2 [1000 tonnes] 8000000 Ref Transport Bio and Hybrids 9000000 10000000 11000000 SINTEF Energiforskning AS TotalTotal costscosts vsvs emissionsemissions Costs vs Emissions 950000 900000 850000 Strat base + futures var R 800000 Strat max + futures var Strat var + futures base Mill EU 750000 Strat var + future max Strat var + future low 700000 650000 600000
Load more

Recommended publications
  • NTNU Nano 2019/2020 NTNU Nano • 2019/2020
    NTNU Nano 2019/2020 NTNU Nano • 2019/2020 CONTENTS Introduction Introduction 2 Nanoscience lies at the heart of modern science and technology. NTNU is the largest single centre for Photo: IESE nanoscience and nanotechnology in Norway, and nanoscale processes and phenomena underpin much News 4 of our research portfolio. Providing access to the right tools and facilities for studying and exploiting nanoscale phenomena is critical to INFRAstructure 7 the university’s continuing growth and success and – alongside biotechnology and information technology – NTNU has designated nanotechnology as one of its three “enabling technologies”. Together with my colleagues Peter Köllensperger and Hanna Gautun, I run the University’s FEATURE coordinating activity in nanoscience, “NTNU Nano”. And it is our job to ensure researchers at NTNU have access to the support articles 11 they need to carry out world-leading research in nanoscience, nanotechnology and functional materials. The aim of this brochure is to provide a brief overview of nano- related activities at NTNU, and to point you in the direction of facilities and services that can assist with your research. In the following pages, you will read about some of the nano- related highlights of the past year, find short descriptions of the exceptional experimental facilities that are available for your use, and learn about the various initiatives that we have introduced to help raise the quality and visibility of nanoscience at NTNU. We are particularly excited to be launching our new Impact Fund, which provides small-scale funding for activities that will raise the impact of nanoscience at NTNU – be sure to check out the details on the next page.
    [Show full text]
  • Annual Report 2011
    Annual Report 2011 BIGCCS Centre - International CCS Research Centre BIGCCS A N N U A L R E P O R T 2011 CONTENTS 1. Message from the Chairman of the Board …………… 3 2. Message from the Centre Director ………………………. 4 3. Summary 2011 …………………………………………............ 5 4. Vision and Goals ………………………………………............ 6 5. Research Plan and Strategies …………………………….... 8 6. Organization ……………………………………………............. 9 6.1 Organizational Structure …………………………. 9 6.2 Partners ……………………………………………........ 11 6.3 Cooperation between Partners ……………….. 13 7. Results from Research Activities ………………………..... 14 7.1 Expanded Activities Level ………………………… 14 7.2 CO2 Capture – Sub-Project 1 ………………..... 16 7.3 CO2 Transport – Sub-Project 2 ……………….. 19 7.4 CO2 Storage – Sub-Project 3 …………………... 21 7.5 CO2 Value Chain – Sub-Project 4 …………….. 23 7.6 Academia - Sub-Project 5 .…………………….... 25 7.7 Deliverables …………………………………………….. 25 8. International Cooperation ………………………………...... 26 9. Recruitment ………………………………………………........... 28 10. Communication and Dissemination ……………………… 29 11. Innovation and Centre Building ………………………...... 30 12. Health, Safety and Environment ………………………….. 31 ATTACHMENTS ………………………………………………................. 32 A1 Personnel ………………………………………….............. 33 A2 Accounting Report …………………………………........ 37 A3 Publications ………………………………………….......... 38 CONTACT INFORMATION...................................................... 42 Photo front page: Thor Nielsen 2 BIGCCS A N N U A L R E P O R T 2011 1. MESSAGE FROM THE CHAIRMAN OF THE BOARD A truly adventurous year for CCS in the sense that the disappointments have been queuing up for deployment at larger scale. Key question arise like; how did we end up here, why is there a loss of interest in climate change in general, and where are the bold investments which seemed likely just some years ago. Personally, I think this started at the Copenhagen COP15, why should we or I as an individual care about climate change when our global leaders cannot agree on measures? Obviously, it cannot be that important then.
    [Show full text]
  • CV for Dag Svanæs
    CV for Dag Svanæs Education and employment This chapter describes my formal education, my employment history and my sabbaticals from NTNU. Name: Dag Svanæs Date of birth: 20. Feb 1959 Nationality: Norwegian Address: Lade Alle 48B, 7041 Trondheim, Norway Phone: +47 91897536 (mobile), +47 73591842 (work) Education 2000 Ph.D. in Computer Science/Human-computer Interaction ("Doctor Philos."). Cross-disciplinary thesis on interactivity. NTNU. 1984 Social Anthropology University of Oslo. (“Mellomfag”) 1982 Master of Science in Electronics. Thesis on logic programming for VLSI design. Norwegian Institute of Technology (NTH), Trondheim, Norway. Employment Full time employments 1986-present Assistant/Associate Professor/Full Professor, Department of Computer and Information Science, Norwegian University of Science and Technology (NTNU), Trondheim, Norway. (Full professor since 2009). 2001-2002 A one-year leave from NTNU as Professor in Interaction Design and Director of Teaching Programme, Interaction Design Institute Ivrea, Italy. 1984-86 Higher Executive Officer ("Førstekonsulent"), Norwegian Ministry of Education, Oslo, Norway. Part of the task force on introduction of computers to the Norwegian Schools system. Responsible for the development of a user-interface design tool that enabled teachers to construct educational software. 1983-84 Software Researcher, The Computing Center at the Norwegian Institute of Technology, Trondheim, Norway. Worked with the development and evaluation of a compiler and run-time system for the CHILL programming language. Some part time employments 2009-present Associate Professor (30%) at IT University of Copenhagen, Denmark. 2004-2008 Part time senior researcher at Norwegian Center for Electronic Patient Records (NSEP), NTNU – Trondheim. Responsible for building up and managing a full-scale usability laboratory for evaluation of ICT solutions in healthcare.
    [Show full text]
  • Guide to NTNU 2006–2007
    ENGLISH EDITION Guide to NTNU 2006–2007 .no TABLE OF CONTENTS 3 Parking 4–5 Trondheim with NTNU’s campuses 6 Key to symbols, Central Administration 7 Gløshaugen campus 8 Dragvoll campus 9 Øya 10 Tyholt 10 Heggdalen 11 Kalvskinnet 12 Lerkendal – Valgrinda 13 Ringve 13 Olavskvartalet – Innherredsvegen 14 Parking map of Gløshaugen 15 Key to symbols for Gløshaugen parking map 16–17 NTNU Faculties and Departments 18–27 Index 28 Lecture rooms 29 University library departments 30–31 Persons behind street names at Gløshaugen, Tyholt and Dragvoll Produced by NTNU’s Information Division, June 2006. Print: 2000. Skipnes Trykkeri AS. Aerial photos on pages 4–5 from June 2004. Printed with permission from the City of Trondheim, Planning and Building Department. www.trondheim.kommune.no Floor plans of all buildings at NTNU are available from www.ntnu.no/kart NOTICE: Floor designations according to American usage, similar to Norwegian standards: 1. etasje = ground/fi rst fl oor, 2. etasje = 2nd fl oor, etc. 2 PARKING Brattøra Marinteknisk senter (Tyholt) Very limited capacity. We recommend the (Marin Technology Centre) parking facilities by the Central Station. Public on-street parking where all park- ing requires a parking permit. Visitors are Dragvoll granted a short-term parking permit on request at the General Office on the 2nd Public on-street parking and on marked floor. Staff members may apply for a needs- parking spaces. The area is patrolled by tested parking permit at the General Office. Trondheim Parking, and wrongly parked cars The area is patrolled by Trondheim Parking, will be charged with a parking fine.
    [Show full text]
  • Curriculum Vitae of Torgeir Moan Side 1 Av 44
    Side 1 av 44 Curriculum Vitae of Torgeir Moan CURRICULUM VITAE NAME: Torgeir Moan DATE OF BIRTH: 1944-06-02, Malvik, Norway NATIONALITY: Norwegian LANGUAGES: Norwegian, English, German PROFESSION: Professor of Marine Structures, NTNU. Director, Centre for Ships and Ocean Structures. EDUCATION: M.Sc., Civil Engineering The Norwegian Institute of Technology (NTH), 1968 PhD Civil Engineering, NTH, 1975 Thesis: Analysis of Spatial Finite Element Approximations FIELDS OF RESEARCH Structural mechanics, finite element methods, stochastic dynamic AND PROFESSION: analysis, risk/safety assessment EXPERIENCE (EMPLOYMENT): 1. Principal activities From - to 1969 - 1970 Military service. 0.5 year military academy for non-commissioned officers, and 0.5 year service in Civil engineering Office, military region Northern Norway. 1970 - 1972 Research fellow, Division of Structural Mechanics, NTH; and stay at prof. Zienkiewicz’ group in Swansea (prof. Zienkiewicz holds an Honorary dr.degree at NTNU) 1972 - 1976 Assistant prof., Division of Ship Structures, NTH (now NTNU) 1976 - 1977 Visiting prof., Dep. of Ocean Engineering, Massachusetts Institute of Technology 1977 - 1978 Assoc. Prof., Division of Ship Structures, NTH 1978 - Prof., Div. of Marine Structures (formerly: Ship Structures) NTH 1980 - 1981 Commissioner, the Royal Inquiry Commission of the Alexander L. Kielland Accident. (On leave of absence from NTH). 1982 - 1984 Deputy Head, Department of Marine Technology, NTH 1984 - 1986 Head of Department of Marine Technology, NTH 1986 - 1987 Visiting Prof., Department of Naval Architecture and Ocean Engng., Univ. of California, and Berkeley. 1993 - 1994 2002 - Director, Centre for Ships and Ocean Structures 2002 - 2007 Keppel Professor, the National University of Singapore (adjunct professorship) 2. Other professional activities 1974 - Scientific Advisor to SINTEF (a research organization with approx.
    [Show full text]
  • DEPARTMENT of PHYSICS, NTNU Høgskoleringen 5, 7491 Trondheim, Norway
    DEPARTMENT OF PHYSICS, NTNU Høgskoleringen 5, 7491 Trondheim, Norway Phone: +47 73593478 E-mail: [email protected] Head of the Department: Professor Asle Sudbø Deputy Head of the Department: Associate Professor Jon Andreas Støvneng Head of Administration: Tove Gudny Stavø / Aud Lise Kulseth Head of Technical Staff: Per Magne Lillebekken Departmental Board Elected members: Head of the Department Professor Asle Sudbø Representing the permanent scientific staff Associate Professor Dag Werner Breiby Representing the temporary scientific staff Research Scientist Henrik Enoksen Representing the technical/administrative staff Head Engineer Per Magne Lillebekken Representing the students of the Department Student Lars Rikard Stavrum Student Simen Mikkelsen Appointed external members: Research Manager Jostein Mårdalen, SINTEF Petroleum Research Professor Lisa Lorentzen, NTNU, Department of Mathematical Sciences COVER PAGE: 1 mm radius droplets of silicon oil, in a container of castor oil, with clay particles self-organizing inside the droplets. The container is exposed to an applied electric field. © Z. Rozynek & J.O. Fossum, Laboratory for Soft and Complex Matter Studies at Department of Physics, NTNU. DEPARTMENT OF PHYSICS, NTNU www.ntnu.no/fysikk CONTENTS THE DEPARTMENT OF PHYSICS ..................................................... page 3 Staff Accounts Awards Highlights from the activity RESEARCH ............................................................................................. page 10 Section of Applied Physics and Didactic
    [Show full text]
  • Forskningsmelding Eng Ny.Pdf
    This Research and Innovation Report has been produced in connection with the celebration of SINTEF’s sixtieth birthday. In this document, SINTEF presents some advice and recommendations related to Norwegian research and innovation policy. In addition to our general recommendations, we present a number of self- contained articles written by SINTEF employees, providing views on various themes. The publication also contains some reflections on SINTEF’s first 60 years, on the future role of research institutes and on SINTEF’s position in the European research environment. November 2010 Research which creates wealth Research extends the boundaries of what we understand and can achieve. It has value in itself. Knowledge enriches society. Research and research-based knowledge make it possible to find solutions to the major challenges facing society, such as global warming, health issues and access to water, energy, raw materials and food. SINTEF’s distinctive character and specialisation is in providing technical solutions to the challenges facing our society. This involves making use of knowledge and technology developed in collaboration with key partners in the academic community, commerce and government. Collaboration of this type is developed over many years. This year it is 60 years since SINTEF came into the world. The decision to establish the Central Institute for Industrial Research (SI, Sentralinstituttet for industriell forskning) was made in Oslo in 1949, to provide a Norwegian facility for multidisciplinary industrial research. Shortly afterwards, professors in Trondheim took the initiative to create the SINTEF Foundation as a commission-based institute for industrial research affiliated with the Norwegian Institute of Technology.
    [Show full text]
  • Annual Report 2019 Photo: Shutterstock/Oatawa Photo
    Annual report 2019 Photo: Shutterstock/oatawa Photo: SINTEF Annual Report 2019 1 Contents 3-6 About SINTEF Considerations from the CEO 5 Highlights from the SINTEF-year 2019 6 7-23 Report of the Board of Directors 24-34 Results 2019 Key numbers 2019 25 Profit and loss statement 2019 27 SINTEF Community 31 SINTEF Industry 32 SINTEF Digital 33 SINTEF Ocean AS 34 SINTEF Energy Research AS 36 SINTEF Manufacturing AS 38 Photo: iStock-RichVintage Photo: SINTEF Annual Report 2019 2 About SINTEF SINTEF is one of Europe’s largest independent research organisations. Every year we carry out several thousand projects for customers large and small. We deliver innovation by developing knowledge and technologies that are brought into practical use. SINTEF is a broad, multidisciplinary research organisation with international top-level expertise in the fields of technology, the natural sciences, medicine and the social sciences. We conduct contract R&D as a partner for the private and public sectors, and we are one of the largest contract research institutions in Europe. Our vision is Technology for a better society. Photo: iStock-973060200_artJazz Photo: SINTEF Annual Report 2019 3 Science and innovation for clients all over the world 2000 75 3600 employees nationalities clients 4,5 av 5 4600 client satisfaction projects 3500 MNOK 480 MNOK net turnover international sales Over seven out of ten co-workers are scientists ▪ 75% scientists ▪ 11% management and administration ▪ 8% engineers ▪ 5% technical personell 59% of our scientists have a doctorate degree SINTEF Annual Report 2019 4 2019 was a good year, but 2020 will be uncertain for us all Photo: Geir Mogen Photo: 2019 was a good year for the SINTEF Group.
    [Show full text]
  • Skisser Med Relevans Innenfor IKT
    Skisser med relevans innenfor IKT Tabell: Oversikt over skisser med relevans for området IKT Prosjekt- Estimert søkt nummer Prosjekttittel Søkerinstitusjon Prosjektleder beløp fra NFR SIMULA AS (UiB, UiT, OsloMET, NTNU, UNINETT Experimental Infrastructure Sigma2, Graphore, Dolphin for Exploration of Exascale Interconnect Solutions, Are Magnus 316398 Computing, Phase II Numascale) Bruaset 94 500 000 Alexander Refsum 316416 fourMs Lab Upgrade UiO Jensenius 4 998 930 Wind Power Operation and 316439 Control Laboratory SINTEF ENERGI AS (NTNU) Karl Merz 50 000 000 The USN I-Merse Extended 316451 Reality Laboratory USN Rigmor C. Baraas 56 250 000 Autonomous Dynamic Integrated Ocean Observing 316471 System (ADIOOS) NORCE Rune Storvold 123 000 000 Electric Future Accelerator Christian André 316479 Initiative? Laboratory SINTEF ENERGI AS (NTNU) Andresen 72 000 000 USN (Norway Health Tech, Research infrastructure for Nova Discovery, Vestre 316488 preventative care Viken Hospital Trust) Hilde Eide 110 000 000 Norwegian diachronic corpus UiO (UiO, NTNU, HVL, Janne M. Bondi 316497 200-1814 (Norchron) Arkivverket, Najonalarkivet) Johannessen 35 473 000 Infrastructure for the Digitalisation of Process SINTEF AS (USN, NORCE, 316498 Industry Nofima, UiA) Frode Brakstad 147 260 000 NoDi - Norway Distributed: real-time audio-visual immersive communication UiO (NTNU, UiT, UiA, 316508 research infrastructure Uninett) Stefano Fasciani 28 857 000 EBRAINS Norway: Norwegian Node of the European Research Infrastructure for Brain Research and Brain- 316530 Inspired
    [Show full text]
  • SINTEF Health Research Annual Report 2006 SINTEF Health Research: Departments This Is SINTEF Health Research
    SINTEF Health Research Annual Report 2006 SINTEF Health Research: Departments http://www.sintef.com/health This is SINTEF Health Research With its 137 employees, SINTEF Health Research is cision-making. SINTEF is Norway's largest centre of one of the largest centres of health research in Nor- research in this field. way. Our strength lies in our broadly based and We operate the secretariat of the Competence Net- Executive Vice President solid understanding of health sciences and re- Vice President Research work for Hospital Planning and help to develop and search methods, and in our ability to analyse and evaluate new hospital projects. solve problems in an integrated manner. With this as our basis, our efforts are dedicated to improving SINTEF publishes the annual SAMDATA reports, everyone’s health and quality of life. which present steering data, comparative statistics and analyses of the specialist health service in ge- Staff SINTEF Health Research has four strategic areas neral and psychiatric health care. The reports illu- of concentration: medical technology, health servi- strate how well our health institutions are ces research, preventive health care and internati- functioning with respect to the main objectives of onal activity. national health policy, and provide a basis for im- Medical technology provements in governance, planning, evaluation Economics, Quality Standard of Living SINTEF is an international leading-edge research and research. Medical Technology Work Physiology and Accessibility and Services centre in the field of ultrasound-guided surgery. We Preventive health care collaborate closely in this field with the Department SINTEF wishes to help to realise the important so- of Surgery at St.
    [Show full text]
  • Annual Report 2019
    ANNUAL REPORT 2019 NCCS ANNUAL REPORT 2019 / 1 NCCS NCCS aims to fast-track CCS deployment by working closely with industry on research topics designed to address major barriers to making CCS happen in Norway, Europe, and the world. CO2 capture, transport, and storage (CCS) is a process where waste carbon dioxide (CO2) is captured from large industrial plants, transported in pipelines or ships and deposited (e.g. in an underground geological formation) so it will not enter the atmosphere. EU energy and climate targets cannot be met costeff ectively without CCS, NCCS (Norwegian CCS Research Centre) is a Centre for Environment-friendly while making sure we have enough energy to go around. Energy Research (FME). @NCCS_FME Selected highlights from 2019 February April May June July August September October November 2 / NCCS ANNUAL REPORT 2019 NCCS ANNUAL REPORT 2019 / 3 2019 BY NUMBERS CONTENTS Fast-tracking CCS deployment in Norway, Europe and the world 8 NCCS in a nutshell 11 Vision and goals 15 Sailing towards lower cost & legal certainty for CCS 17 Studying the Outdoor Lab of Svalbard 20 2016 Research plan 24 Innovation Strategy 25 Innovations and impact of NCCS research 26 Organisation 33 2024 Results from research tasks 38 Research results in use by partners 68 Spin-off projects 69 International Cooperation 71 Recruitment 80 Communication 83 28 PARTNERS 8 YEARS 465 MNOK Appendix 1: NCCS Publications 92 Appendix 2: Accounting statement: 100 Appendix 3: Personnel 101 People Communication and dissemination 2019 21 19 Peer-reviewed Newsletters
    [Show full text]
  • SINTEF Building and Infrastructure Annual Report 2006 Organisation of SINTEF Building and Infrastructure
    SINTEF Building and Infrastructure Annual Report 2006 Organisation of SINTEF Building and Infrastructure Board President Staff Materials and Infrastructure Knowledge Systems Structures Buildings and Certification http://www.sintef.no/byggforsk This is SINTEF Building and Infrastructure Materials and Structures Buildings Infrastructure Knowledge Systems and The objective of SINTEF Building and Infra- is room for both major research efforts and for We cover the areas of We possess expertise in This department deals with Certification structure is to promote environmentally friend - close follow-up of the numerous small com- materials technology, architecture and building areas that we all encounter We produce the Byggforsk ly, cost-effective products and solutions in the panies that make up this sector. Our aim is to concrete technology, buil- techniques, building pro- in our everyday life. These Series, SINTEF Building construction industry. In cooperation with the improve the productivity of the industry and ding techniques, building cesses, housing, the built include roads, railways, and Infrastructure’s regu- industry, we meet the challenges offered by the quality in the built environment. physics, construction environment and society. harbours, tunnels, water lar series of publications the whole building process – from the planning technology, sanitary sys- We also work on install- supply and soil conditions and various other publica- stage to the completed building. Our division SINTEF Building and Infrastructure is Norway’s tems and wet-rooms. We ations, energy and indoor where we build or travel. In tions. We also write profes- can point to a high level of competence in fields leading provider of research-based knowledge offer specialist consulting climate, with focus on addition to our scientific sional information pro- ranging from water treatment and materials in the construction sector.
    [Show full text]